Events in 2020

To understand what is meant by HPLC
To appreciate the history and theoretical background of HPLC
To know the requirements for HPLC sample preparation
To be able to make up a sample and mobile phase
To safely operate an isocratic HPLC system
To perform analysis following a HPLC method
To identify and state the function of each component of an HPLC instrument
To know if a chromatogram is integrated correctly

To understand which HPLC column to use and why; To be confident using both normal and reverse phase columns; To know when to use a pre- and guard column; To appreciate fluorescence and diode array detection methods; To be able to set up a gradient method; To determine the gradient dwell volume for a HPLC system; To analyse cations by ion chromatography; To understand different calibration methods and perform internal standard calibration

To identify common maintenance problems for Agilent HPLC systems.
To be able to carry out service procedures for the following Agilent HPLC system components:
HPLC Pumps;
Autosampler;
Column compartment;
UV-Vis Detectors;

Working group to develop standards for clinical and diagnostic microbiology laboratories

The Art and Science of Practical Management: Core skills for leadership and management - Virtual Training Series

To be able to establish a starting point for Method Development; To know how to use a gradient run to decide whether to use isocratic or gradient elution; To be able to select the most appropriate mode of HPLC e.g. Reversed phase, Normal phase, Ion exchange e.t.c.; To know the parameters that need to be optimised, the order in which to optimise them and to recognise optimum conditions for each sample; To know when to use internal or external standards; To establish confidence in peak identification

The SHOT team are excited to announce our second topic specific webinar, covering the Transfusion-Transmitted Infections (TTI) chapter of the Annual SHOT Report 2019.

Following on from the taster session we will now look more closely at the benefits of Mohs micrographic surgery to include improved preservation of uninvolved skin, better cosmetic outcomes and how it can be used on problematic infiltrative invasive tumour types. In addition we will consider the technical requirements in detail along with an understanding of the artefacts that can be created during the procedures and how they can also be resolved. Emphasis will be given to developing a comprehensive understanding of the skills required for the laboratory scientist to deliver good quality stained tissue sections.

Biomed Online courses delivered over 12 weeks in following subjects:
• Advanced Human Genetics
• Analysis of Nucleic Acids
• Antibiotics
• Applied Haemostasis and Thrombosis
• Blood Transfusion
• Chromatography-Mass Spectrometry Analysis in Healthcare Settings
• Clinical Data Interpretation
• Diabetes and the Clinical Laboratory
• Diagnosis of Breast Cancer
• Diagnostic Haemostasis and Thrombosis
• Governance and Risk Management
• Haemoglobinopathies
• Haemolytic Anaemias
• Immunocytochemistry in Diagnostic Cellular Pathology
• Implementing Advanced Quality Management
• Lung Disease
• Management of Healthcare Associated Infection
• Managing Learning and Development in Healthcare
• Parasitology
• Point of Care Testing
• Quality Systems Management
• Renal Disease
• Robotics and Automation

The first session on the IBMS Support Hub was focussed on "Barriers to CPD"